116results about How to "Freedom of choice" patented technology

Provided are a mobile communication terminal and a photography method for the same using a conversion lens. The mobile communication terminal includes a terminal body, a camera assembly installed at one side of the terminal body and a conversion lens detachably installed on a front surface of the camera assembly, wherein product data of the conversion lens mounted on the camera assembly are automatically identified and a microcomputer installed in the terminal body automatically adjusts a photography mode such that a special photography mode is entered without requiring any professional knowledge.

Communication unit comprising a housing in which at least one transducer is placed, and on which a microphone arm is suspended. The housing also has means, such as an ear hook, for fastening the communication unit to the head of a user. The microphone arm is pivotally connected to the housing by a hinge link, and at an outer area of the housing, so that the microphone arm can be moved between a first position in which it lies up against the housing, and a second position in which it extends away from the housing. The microphone arm has a length, which in the main is less than or of the same order as the greatest extent of the housing, so that in the folded-in state the microphone arm does not project out over the circumference of the housing. The communication unit can be used on both the right and the left side of the head, in that the ear hook (6) can be suspended in two different positions, corresponding to the communication unit being worn on the right or the left ear, respectively.

A process for the production of a cold cathode field emission device comprising the steps of; (A) forming a patterned electrode layer on a dielectric supporting substrate, (B) forming an insulating interlayer on the dielectric supporting substrate and the electrode layer, (C) forming a gate electrode constituted of a first conductive layer on the insulating interlayer, (D) forming an opening portion which penetrates through at least the insulating interlayer and has a bottom portion where the electrode layer is exposed, (E) forming a side-wall of an insulating material on the side wall of the opening portion, to decrease the opening portion in diameter, (F) forming a second conductive layer on the entire surface including the inside of the opening portion by a physical or chemical vapor deposition method, (G) etching back the second conductive layer to form an emitter electrode shaped in the form of a column and constituted of the second conductive layer in the opening portion, and (H) removing at least an upper portion of the side-wall.

The invention discloses a large power transformer self-adaptive active noise reduction control method. The method comprises the steps that a sensor collects primary noise as a reference signal and transmits the reference signal to a self-adaptive controller, and the self-adaptive controller outputs, according to the reference signal, a control signal to be used as a secondary signal so as to drive a loudspeaker to give out secondary noise; a primary sound field established by the noise made by a power transformer and a secondary sound field established by secondary noise made by the loudspeaker overlap, and an error sensor collects the overlapped sound pressure and forms an error signal; and the self-adaptive controller receives the error signal, and then adjusts, according to a preset objective function, the phase and amplitude of the secondary signal by use of a least mean square (LMS) algorithm for converging coefficient variation till the error signal satisfies the objective function and achieves a stable state. Through adoption of the method, while the steady state error performance is guaranteed, the converging speed of the algorithm is improved, and the noise reduction effect can be improved; and the initial value of the convergence coefficient can be selected more freely.

The method comprises: user takes a mobile terminal having a GPS module, and in the terminal there are many location messages about multi view spots; when user enters into a view spot, the GPS module sends an instruction to let the terminal get the traveling information of said view spot and to display the information to the user.

A device creating patterns on greeting cards and the like has at least one stencil for applying a pattern onto a flat surface. A stencil holder that has securing elements for securing the at least one stencil in a predetermined position relative to the stencil holder is provided. The stencil holder also has elements for positively securing the surface of the article onto which the pattern is to be applied relative to the stencil holder. The elements for securing the surface of the article are in the form of a recess that provides a positive securing action for the surface of the article alone or in combination with an adapter.

The invention provides a method and system for sharing console game progress at mobile terminals and relates to the field of communication technologies. The method includes the steps that the first mobile terminal starts to play a console game, when the console game is ended, a prompt whether to store the console game progress or not is given, if selection is no, the game is ended, and the game progress is only stored in the first mobile terminal; if selection is yes, the console game progress is stored in a cloud, and the current game is ended; when the second mobile terminal starts to play the console game, a prompt whether to read the game progress of the cloud or not is given, and if yes, the game progress of the cloud is read and the game is started; if no, the game progress of the second mobile terminal is read and the game is started. The progress of the same console game can be convenient to share among the mobile terminals through using of cloud storage.

An object of the present invention is to enable adequate and reliable system management in an ophthalmic examination and treatment system composed of wireless imaging devices mounted on various ophthalmic medical instruments used for ophthalmic examination and treatment and a display device for displaying the images captured by the imaging devices. The ophthalmic examination and treatment system 1 comprises a plurality of ophthalmic medical instruments 10, 20, 30 used in ophthalmic examination and treatment, wireless imaging devices 11, 21, 31 mounted on the respective ophthalmic medical instruments, and at least one display device 2 displaying the images captured with the imaging devices. Each imaging device comprises transmission/reception unit 12, 22, 23 for conducting transmission and reception of information data with the display device by wireless communication. Each transmission/reception unit has an inherent ID allocated correspondingly to each imaging device, transmits a data signal with an ID signal attached thereto to the transmission/reception unit 3 of the display device, and when an ID confirmation signal attached to a control signal from the transmission/reception unit of the display device and the own ID coincide, receives the control signal. The display device receives a data signal with an ID signal attached thereto from each imaging device, conducts displaying with the data signal corresponding to the ID and enables the remote control of the imaging device corresponding to the ID by attaching the ID signal and sending the control signal.

A distributed GNSS space division ciphering communication method is suitable for floor distributed communicating system based on GNSS, which is principally characterized in that before the data sending terminal DTE transmits the data, the self located communication zone according to the latitude and longitude information provided by the GNSS signals, and the cipher key corresponding to the zone is selected to cipher the transmission data. Because the zone cipher key has fixed length, the ciphering adopts a block cipher system. The sending terminal and receiving terminal DTE have a same region cipher key comparison table simultaneously, the receiving terminal DTE can search the region cipher key comparison table to obtain the decipher cipher key by recognizing the region number on the cipher text head section added by the sending terminal, and then uses the cipher key to decipher the cipher text and acquire the plaintext. The communication cipher key in the method dynamically changes with the variation of the located region of the sending terminal, which has free communication region partitioning dimension assisted with enrich and various encryption algorithms, thereby greatly improving ciphering flexibility, decoding-proof performance and tamper-proof performance.

The invention discloses a terminal for performing bidirectional live sharing and intelligent monitoring and a method thereof. The terminal comprises a camera, an audio acquisition unit, a displayer, a loudspeaker and a transceiver. The transceiver transmits videos and audios, which are respectively acquired by the camera and the audio acquisition unit, to a specific address in real time via a dedicated channel, receives the videos and the audios in real time from the specific address via the dedicated channel and outputs the videos and the audios via the displayer and the loudspeaker respectively, and the transceiver is responded to identification of a person or a specific person, or a specific motion, or an abnormal situation in the videos and the audios acquired by the camera and the audio acquisition unit respectively. The transceiver transmits prompt information to the specific address in real time. The dedicated channel is established in advance. The terminal is used for trusted fixed occasions. Compared with terminals in the prior art, user real-time communication experience is enhanced so that a user monitors the onsite situation of the specific occasion or the specific person in a more convenient and safer way.

The invention relates to a pendulous accelerometer including a pendulous electrode formed in a substrate, at least one counter electrode, and an encapsulation cover. The at least one counter electrode is formed under the cover, and spacers are positioned between the cover and the substrate.

The invention provides a method for preparing an explosive composite pipe in a local vacuum environment. The method comprises the following steps of: coaxially arranging a first to-be-composited pipe, a second to-be-composited pipe and a pvc pipe from inside to outside, and filling explosive and a detonator between the pvc pipe and the second to-be-composited pipe to form an explosive device of a to-be-welded pipe; sealing the two ends of a gap between the first to-be-composited pipe and the second to-be-composited pipe by using sealing strips, and vacuumizing to form a vacuum gap environment; and detonating the explosive device, and welding and combining the to-be-composited pipes by utilizing high pressure generated by explosion of the explosive to obtain the high-quality explosive composite pipe. According to the method for preparing the explosive composite pipe in the local vacuum environment, the phenomenon that in a traditional preparation method, large-area melting of a composite pipe bonding interface occurs due to the fact that gap air is not exhausted in time is effectively eradicated; the bonding strength of the explosive composite pipe is obviously improved; and compared with a traditional explosive welding method which needs to consider gap exhaust, the method has the advantage that the explosive velocity of the explosive can be selected more freely.

The invention discloses coloring ring back tone (CRBT) realizing method and device, wherein the CRBT realizing method comprises the following steps: after a called party receives a call from a callingparty, the called party converts a preset voice file into a voice frequency signal and sends the voice frequency signal to the calling party. According to the CRBT realizing method and device, at a mobile terminal side, the called party automatically answers the call when receiving the call from the calling party and then displays the preset music immediately, thereby achieving the CRBT functionat the mobile terminal side. By such a way, a user leads the other person to hear the customized music by self without applying CRBT function to an operator, thereby ensuring that the user can selectthe CRBT music more freely.

A fixation hook used for correcting spinal deformity comprises a fixation hook body and a protective hook. The fixation hook is characterized in that the fixation hook body comprises a locking groove connected with a brace rod, a locking groove connected with the protective hook and a hook head; wherein, the locking groove connected with the brace rod is positioned on one side of and parallel to the locking groove connected with the protective hook; thus, the locking groove connected with the brace rod and the locking groove connected with the protective hook are mutually separated in parallel and can not increase the thickness of the hook body; the position on which a rib is supported by a support hook is not changed, which can be far away from the brace rod and a spine so as to bring the supporting function into full play. In particular, the protective hook is provided with a clamping platform at the kink of the hook, the neck of the hook is long and the hook head has at least two types of length, thereby being convenient for the doctors to use the apparatus during the operation.

The present invention relates to a suction frame for conveying flat workpieces (e.g. circuit boards), a manipulator for equipping the suction frame, and a system for handling flat workpieces, e.g. circuit boards. A method for adjusting a suction frame is also claimed. Overall, the present invention allows suction frames to be equipped in a fully automatic, freely programmable manner for the production of different components within a production line.

A method for controlling a brushless DC motor (BLDC motor) having a rotor, a stator and an angle sensor and a logic circuit for generating the phase voltages of the windings depending on the phase angle of the rotor. The logic circuit access a lookup table, in which to implement commutation with block-shaped, trapezoidal, sinusoidal, sinoid-based signal waveforms. The drive values are stored for the electrical phase angle of the rotor for generating phase voltages (V_U, V_V, V_W) for the windings. A control unit generates configuration data for the logic circuit determine the commutation form, and depending on the form, the drive values are supplied to a PWM generator for generating control signals (V_U, V_V, V_W) depending on the electrical phase angle of the rotor angle, which PWM control signals can be used to control the phase currents in the windings.

The invention discloses a bone fracture plate with combined holes. The bone fracture plate comprises a head and a body, wherein the body is provided with a plurality of screw holes, the cross section of each screw hole is '8'-shaped, and each '8'-shaped screw hole is formed by combining one threaded hole with one pressurizing hole. The bone fracture plate with the combined holes has the advantages that each screw hole is formed by combining the threaded hole with the pressurizing hole, thus, a surgeon can quite freely and conveniently select the threaded holes or the pressurizing holes when in operation, and internal fixing effect of the bone fracture plate is effectively improved. Besides, the bone fracture plate is mainly used for internal fixing of fractured limbs.

The embodiment of the invention provides a voice call method and a terminal. The method comprises the steps of obtaining a voice signal collected by at least one first device in a preset range, wherein the voice signal is a voice signal sent by a target user; determining a first device corresponding to the voice signal with the highest signal quality as a first target device according to the signal quality of the voice signal; and sending the voice signal collected by the first target device to a second terminal. According to the technical scheme provided by the embodiment of the invention, more choices are provided for the voice call of the user.

The invention relates to a refrigeration system having a refrigerant circuit which comprises a plurality of evaporator paths and a distributor distributing refrigerant, wherein the distributor comprises a housing and a controllable valve for each evaporator path. The intent is to achieve a predetermined mode of operation of the refrigeration system by simple means. To this end, it is provided that the distributor comprises a magnet arrangement controlling the valves.